CN205233316U - Cutting machine is carried to dough sheet ration - Google Patents
Cutting machine is carried to dough sheet ration Download PDFInfo
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- CN205233316U CN205233316U CN201520903353.2U CN201520903353U CN205233316U CN 205233316 U CN205233316 U CN 205233316U CN 201520903353 U CN201520903353 U CN 201520903353U CN 205233316 U CN205233316 U CN 205233316U
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- reductor
- transfer gantry
- sprocket wheel
- support
- carry
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Abstract
The utility model discloses a cutting machine is carried to dough sheet ration, close, carry speed reducer and electrical apparatus control section including frame, conveyer belt, transfer gantry, branch cutter unit, the frame is the right trapezoid structure of upper portion slope, and electrical apparatus control section establishes in the frame lower part, and the transfer gantry passes through the screw bolt and nut to be established on frame upper portion, and the transfer gantry upper end is equipped with the level and bends, and the transfer gantry bottom is equipped with and carries the speed reducer, carries the drive roll and carries drive mechanism, and the transfer gantry upper end is equipped with the transport driven roll, and the conveyer belt is through carrying the drive roll and carrying the driven roll to drive the operation, transfer gantry upper portion is equipped with branch cutter unit and closes, divides cutter unit to close and drives opposite cutting of branch cutter reciprocating motion by the cutter speed reducer, transfer gantry upper portion end is equipped with photoelectric switch, and the control of electrical apparatus control section is carried closing of speed reducer and cutter speed reducer and is started. The utility model discloses novel structure, it is automatic high with sanitary degree, reduced operating personnel, can realize the continuous type industrial production.
Description
Technical field
The utility model relates to the quantitative conveying splitting machine of a kind of dough sheet, belongs to cooking machinery technical field.
Background technology
It is mostly that labor intensity of operating staff is large by manually cutting that dough in the processing of prior art food is cut, and staff and dough are long time of contact, affect food hygiene. In recent years, increasingly competitive between wheaten food industry, labor expenses is more and more higher, the profit of wheaten food industry also decreases, the requirement of the aspects such as automaticity, saving manpower of user to wheaten food processing equipment improves thereupon, require to replace old equipment with the sophisticated equipment of automation, to reduce the manpower expense day by day improving, realize automated production.
Summary of the invention
Technical problem to be solved in the utility model is the defect existing for prior art, and a kind of cutting machine that adopts carving knife automatic cutting dough sheet can quantitatively carry dough sheet is provided.
For solving this technical problem, the utility model provides a kind of dough sheet quantitative conveying splitting machine, comprise frame, conveyer belt, transfer gantry, carving knife combination, carry reductor and electrical control part, described frame is the ladder structure of right angle of upper angled, described electrical control part is arranged on frame lower, transfer gantry is arranged on upper rack by screw bolt and nut, described transfer gantry upper end is provided with horizontal bending, be provided with conveying reductor in the bottom of transfer gantry, carry drive roll and conveying drive, the upper end of transfer gantry is provided with conveying driven roll, conveyer belt is by carrying drive roll and carrying driven roll to drive running, be provided with carving knife combination on transfer gantry top, described carving knife combination drives carving knife to move back and forth opposite cutting by cutting knife reductor, described transfer gantry upper end is provided with optoelectronic switch, and closing and starting of reductor and cutting knife reductor carried in described electrical control part control.
Described conveying drive comprises carries reductor sprocket wheel, chain and conveying drive roll sprocket wheel, carry reductor sprocket wheel to be arranged on and carry on reductor, carry drive roll sprocket wheel to be arranged on the end of carrying drive roll, carry reductor sprocket wheel to carry drive roll sprocket rotation by chain-driving, carry drive roll sprocket wheel to drive and carry drive roll to rotate.
Described conveying drive roll sprocket wheel and conveying reductor sprocket wheel arranged outside have sprocket wheel guard shield.
Described carving knife combination comprises underframe I, underframe II, slide bar, carving knife, chain, cutting knife reductor and slide block, described underframe I and underframe II are separately installed with support I and support II, slide bar is supported and is arranged between support I and support II by slide bar, and slide block is arranged on slide bar by sliding bearing two; Cutting knife reductor is arranged in support II, and its output shaft end is installed sprocket wheel; Be arranged on passive wheel shaft by sliding bearing one by movable sprocket, passive wheel shaft is fixed in support I by nut, chain is walked around sprocket wheel and is connected with slide block by brace by movable sprocket, its two ends, and carving knife is arranged on slitter shaft by sliding bearing three, and slitter shaft is connected with slide block; Cutting knife reductor moves back and forth by chain-driving slide block and carving knife, realizes tangent plane.
In described support I and support II, be separately installed with optoelectronic switch one and optoelectronic switch two, described optoelectronic switch one and optoelectronic switch two are fixed by switch bracket.
The outer setting of described carving knife combination has cutting knife guard shield, described cutting knife guard shield comprises side cover I, intermediate cap and side cover II, side cover I is connected with support I and support II respectively with side cover II, dog screw is separately fixed in side cover I and side cover II by nut, in intermediate cap, be provided with locating slot, intermediate cap and side cover I and side cover II are realized and being located by connecting by locating slot and dog screw.
Described conveying reductor is arranged on motor plate, and motor plate is arranged on the bottom of carrying frame by screw bolt and nut, and described motor plate is provided with adjustment tank.
Described transfer gantry inside is provided with support and holds bar, conveyer belt supporting plate I and conveyer belt supporting plate II for support belt, is provided with belt idler I and belt idler II for holding conveyer belt at the bending part of transfer gantry; Be provided with drawstring bolt at the top of transfer gantry tail end belt is carried out to tensioning.
Beneficial effect: the utility model employing face is carried, cut integrative-structure form, conveyer belt can be according to dough chances of losing games amount control conveyer belt rotating speed, automatically control when dough reaches a certain amount of and stop voluntarily, carving knife automatically moves back and forth, realizing dough quantitatively cuts, product structure novelty, automation and sanitation degree are high, can realize continuous industrial produces, operating personnel are reduced, alleviate operator's labour intensity, it is the essential product of the complete wheaten food machining production line of configuration, be conducive to realize the industrial production line operation that wheaten food is produced, promote wheaten food Development of Machine Industry.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 a is the utility model conveying drive structural representation;
Fig. 2 b is the structural representation of the utility model motor plate;
Fig. 3 is the utility model carving knife combining structure schematic diagram;
Fig. 4 a is the utility model carving knife shield structure schematic front view;
Fig. 4 b is the utility model carving knife shield structure diagrammatic side view.
In figure: 1 frame, 2 carry reductor sprocket wheel, 3 sprocket wheel guard shields, 4 chains, 5 carry drive roll, 6 carry drive roll sprocket wheel, 7 conveyer belts, 8 transfer gantries, 9 bolts, 10 nuts, 11 supports hold bar, 12 cutting knife guard shields, 13 carving knife combinations, 14 conveyer belt supporting plate I, 15 belt idler I, 16 belt idler II, 17 conveyer belt supporting plate II, 18 optoelectronic switches, 19 carry driven roll, 20 drawstring bolts, 21 bolts, 22 nuts, 23 carry reductor, 24 motor plates, 25 adjustment tanks, 26 optoelectronic switches one, 27 support I, 28 nuts, 29 passive wheel shafts, 30 by movable sprocket, 31 sliding bearings one, 32 underframe I, 33 slide bar supportings, 34 switch brackets, 35 slide bars, 36 sliding bearings two, 37 slitter shafts, 38 sliding bearings three, 39 carving knives, 40 braces, 41 underframe II, 42 support II, 43 sprocket wheels, 44 optoelectronic switches two, 45 chains, 46 cutting knife reductors, 47 slide blocks, 48 side cover I, 49 nuts, 50 dog screws, 51 intermediate cap, 52 side cover II, 53 locating slots, 54 electrical control parts.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is specifically described.
Figure 1 shows that structural representation of the present utility model.
The utility model comprises frame 1, conveyer belt 7, transfer gantry 8, carving knife combination 13, carries reductor 23 and electrical control part 54.
The ladder structure of right angle that described frame 1 is upper angled, described electrical control part 54 is arranged on frame 1 bottom, and transfer gantry 8 is arranged on frame 1 top by bolt 9 and nut 10.
Described transfer gantry 8 upper ends are provided with horizontal bending, be provided with in the bottom of transfer gantry 8 and carry reductor 23, carry drive roll 5 and conveying drive, the upper end of transfer gantry 8 is provided with carries driven roll 19, and conveyer belt 7 is by carrying drive roll 5 and carrying driven roll 19 to drive running.
Be provided with carving knife combination 13 on transfer gantry 8 tops, described carving knife combination 13 drives carving knife 39 to move back and forth opposite cutting by cutting knife reductor 46.
Described transfer gantry 8 upper end are provided with optoelectronic switch 18, described electrical control part 54 is controlled the running speed of carrying reductor 23, can arbitrarily adjust within the specific limits according to the chances of losing games amount situation rotating speed of reductor, simultaneously electrical control part coordinates with optoelectronic switch 18 can control to roll into a ball face to face in the time reaching quantitative and stops, when conveyer belt 7 stops operating, carving knife 39 vertical conveyor aprons 7 move back and forth, and dough is entered to cut, after point cutting, carving knife 39 returns to home position.
Described transfer gantry 8 inside are provided with support and hold bar 11, conveyer belt supporting plate I 14 and conveyer belt supporting plate II 17 for support belt 7, are provided with belt idler I 15 and belt idler II 16 for holding conveyer belt at the bending part of transfer gantry 8; Be provided with drawstring bolt 20 at the top of transfer gantry 8 tail end belt is carried out to tensioning.
Fig. 2 a is depicted as the utility model conveying drive structural representation.
Described conveying drive comprises to be carried reductor sprocket wheel 2, chain 4 and carries drive roll sprocket wheel 6, carry reductor sprocket wheel 2 to be arranged on and carry on reductor 23, carry drive roll sprocket wheel 6 to be arranged on the end of carrying drive roll 5, carry reductor sprocket wheel 2 to drive and carry drive roll sprocket wheel 6 to rotate by chain 4, carry drive roll sprocket wheel 6 to drive and carry drive roll 5 to rotate.
Described conveying drive roll sprocket wheel 6 and conveying reductor sprocket wheel 2 arranged outside have sprocket wheel guard shield 3, for safety and clean protection.
Described conveying reductor 23 is arranged on motor plate 24, and motor plate 24 is arranged on the bottom of carrying frame 8 by bolt 21 and nut 22.
Fig. 2 b is depicted as the structural representation of the utility model motor plate.
Described motor plate 24 is provided with adjustment tank 25, the convenient position of carrying reductor 23 of adjusting.
Figure 3 shows that the utility model carving knife combining structure schematic diagram.
Described carving knife combination 13 comprises underframe I 32, underframe II 41, slide bar 35, carving knife 39, chain 45, cutting knife reductor 46 and slide block 47.
Described underframe I 32 and underframe II 41 are separately installed with support I 27 and support II 42, and slide bar 35 supports 33 by slide bar and is arranged between support I 27 and support II 42, and slide block 47 is arranged on slide bar 35 by sliding bearing 2 36.
Described cutting knife reductor 46 is arranged in support II 42, and its output shaft end is installed sprocket wheel 43; Be arranged on passive wheel shaft 29 by sliding bearing 1 by movable sprocket 30, passive wheel shaft 29 is fixed in support I 27 by nut 28, chain 45 is walked around sprocket wheel 43 and is connected with slide block 47 by brace 40 by movable sprocket 30, its two ends, carving knife 39 is arranged on slitter shaft 37 by sliding bearing 3 38, and slitter shaft 37 is connected with slide block 47; Cutting knife reductor 46 is with movable slider 47 and carving knife 39 to move back and forth by chain 45, realizes tangent plane.
In described support I 27 and support II 42, be separately installed with optoelectronic switch 1 and optoelectronic switch 2 44, described optoelectronic switch 1 and optoelectronic switch 2 44 are fixing by switch bracket 34, when completing after the cutting of dough, when slide block 47 turns round to opposite side optoelectronic switch position, cutting knife reductor 46 converts rotation direction, and slide block 47 is slided to home position.
Fig. 4 a is depicted as the utility model carving knife shield structure schematic front view.
Fig. 4 b is depicted as the utility model carving knife shield structure diagrammatic side view.
The outer setting of described carving knife combination 13 has cutting knife guard shield 12, described 12 cutting knife guard shields comprise side cover I 48, intermediate cap 51 and side cover II 52, side cover I 48 is connected with support I 27 and support II 42 respectively with side cover II 52, dog screw 50 is separately fixed in side cover I 48 and side cover II 52 by nut 49, in intermediate cap 51, be provided with locating slot 53, intermediate cap 51 is realized and being located by connecting with dog screw 50 by locating slot 53 with side cover I 48 and side cover II 52.
Operation principle of the present utility model and the course of work:
When use, adjust and carry reductor 23 rotating speeds, conveyer belt 7 is adjusted to certain running speed, in the time that dough is delivered to optoelectronic switch 18 position, top by conveyer belt 7, conveyer belt 7 shuts down, now cutting knife reductor 46 turns round, be with movable slider 47 and carving knife 39 to turn round by chain 45, slide block 47 and carving knife 39 are turned round to opposite side by a side, complete cutting dough, simultaneously in the time that slide block 47 turns round to opposite side optoelectronic switch position, cutting knife reductor 46 converts rotation direction, slide block 47 is slided to home position, in the time that slide block 47 moves to the optoelectronic switch position of former original position, cutting knife reductor 46 shuts down with carving knife 39, in the time carrying reductor 23 to receive CRANK PULSES, conveyer belt 7 turns round, and send down manufacturing procedure one by the dough after cutting.
Integrative-structure form is carried, cut to the utility model employing face, conveyer belt can be according to dough chances of losing games amount control conveyer belt rotating speed, automatically control when dough reaches a certain amount of and stop voluntarily, carving knife automatically moves back and forth, realizing dough quantitatively cuts, product structure novelty, automation and sanitation degree are high, can realize continuous industrial produces, having reduced operating personnel, alleviated operator's labour intensity, is the essential product of the complete wheaten food machining production line of configuration, be conducive to realize the industrial production line operation that wheaten food is produced, promote wheaten food Development of Machine Industry.
The above-mentioned embodiment of the utility model, just illustrates, and is not only, all within the scope of the utility model or the change being equal in scope of the present utility model all surrounded by the utility model.
Claims (8)
1. the quantitative conveying splitting machine of dough sheet, it is characterized in that: comprise frame (1), conveyer belt (7), transfer gantry (8), carving knife combination (13), carry reductor (23) and electrical control part (54), the ladder structure of right angle that described frame (1) is upper angled, described electrical control part (54) is arranged on frame (1) bottom, transfer gantry (8) is arranged on frame (1) top by bolt (9) and nut (10), described transfer gantry (8) upper end is provided with horizontal bending, be provided with in the bottom of transfer gantry (8) and carry reductor (23), carry drive roll (5) and conveying drive, the upper end of transfer gantry (8) is provided with carries driven roll (19), conveyer belt (7) is by carrying drive roll (5) and carrying driven roll (19) to drive running, be provided with carving knife combination (13) on transfer gantry (8) top, described carving knife combination (13) drives carving knife (39) to move back and forth opposite by cutting knife reductor (46) and cuts, described transfer gantry (8) upper end is provided with optoelectronic switch (18), and described electrical control part (54) is controlled and carried closing and starting of reductor (23) and cutting knife reductor (46).
2. the quantitative conveying splitting machine of dough sheet according to claim 1, it is characterized in that: described conveying drive comprises to be carried reductor sprocket wheel (2), chain (4) and carries drive roll sprocket wheel (6), carry reductor sprocket wheel (2) to be arranged on and carry on reductor (23), carry drive roll sprocket wheel (6) to be arranged on the end of carrying drive roll (5), carry reductor sprocket wheel (2) to drive and carry drive roll sprocket wheel (6) to rotate by chain (4), carry drive roll sprocket wheel (6) to drive and carry drive roll (5) to rotate.
3. the quantitative conveying splitting machine of dough sheet according to claim 2, is characterized in that: described conveying drive roll sprocket wheel (6) and conveying reductor sprocket wheel (2) arranged outside have sprocket wheel guard shield (3).
4. the quantitative conveying splitting machine of dough sheet according to claim 1, it is characterized in that: described carving knife combination (13) comprises underframe I (32), underframe II (41), slide bar (35), carving knife (39), chain (45), cutting knife reductor (46) and slide block (47), described underframe I (32) and underframe II (41) are separately installed with support I (27) and support II (42), slide bar (35) supports (33) by slide bar and is arranged between support I (27) and support II (42), slide block (47) is arranged on slide bar (35) by sliding bearing two (36), it is upper that cutting knife reductor (46) is arranged on support II (42), and its output shaft end is installed sprocket wheel (43), be arranged on passive wheel shaft (29) by sliding bearing one (31) by movable sprocket (30), passive wheel shaft (29) is fixed in support I (27) by nut (28), chain (45) is walked around sprocket wheel (43) and is connected with slide block (47) by brace (40) by movable sprocket (30), its two ends, it is upper that carving knife (39) is arranged on slitter shaft (37) by sliding bearing three (38), and slitter shaft (37) is connected with slide block (47), cutting knife reductor (46) moves back and forth by chain (45) band movable slider (47) and carving knife (39), realizes tangent plane.
5. the quantitative conveying splitting machine of dough sheet according to claim 4, it is characterized in that: in described support I (27) and support II (42), be separately installed with optoelectronic switch one (26) and optoelectronic switch two (44), described optoelectronic switch one (26) and optoelectronic switch two (44) are fixing by switch bracket (34).
6. the quantitative conveying splitting machine of dough sheet according to claim 4, it is characterized in that: the outer setting of described carving knife combination (13) has cutting knife guard shield (12), described (12) cutting knife guard shield comprises side cover I (48), intermediate cap (51) and side cover II (52), side cover I (48) is connected with support I (27) and support II (42) respectively with side cover II (52), dog screw (5) 0 is separately fixed in side cover I (48) and side cover II (52) by nut (49), in intermediate cap (51), be provided with locating slot (53), intermediate cap (51) is realized and being located by connecting with dog screw (50) by locating slot (53) with side cover I (48) and side cover II (52).
7. the quantitative conveying splitting machine of dough sheet according to claim 1, it is characterized in that: described conveying reductor (23) is arranged on motor plate (24), motor plate (24) is arranged on the bottom of carrying frame (8) by bolt (21) and nut (22), described motor plate (24) is provided with adjustment tank (25).
8. according to the quantitative conveying splitting machine of dough sheet described in claim 1-7 any one, it is characterized in that: described transfer gantry (8) inside is provided with support and holds bar (11), conveyer belt supporting plate I (14) and conveyer belt supporting plate II (17) for support belt (7), be provided with belt idler I (15) and belt idler II (16) for holding conveyer belt at the bending part of transfer gantry (8); Be provided with drawstring bolt (20) at the top tail end of transfer gantry (8) belt is carried out to tensioning.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520903353.2U CN205233316U (en) | 2015-11-14 | 2015-11-14 | Cutting machine is carried to dough sheet ration |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520903353.2U CN205233316U (en) | 2015-11-14 | 2015-11-14 | Cutting machine is carried to dough sheet ration |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205233316U true CN205233316U (en) | 2016-05-18 |
Family
ID=55932415
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520903353.2U Active CN205233316U (en) | 2015-11-14 | 2015-11-14 | Cutting machine is carried to dough sheet ration |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205233316U (en) |
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2015
- 2015-11-14 CN CN201520903353.2U patent/CN205233316U/en active Active
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |